INDEX 



1135 



Maupasian life cycle, mating types in rela- 

 tion to, 699 f. 



Maximow, 832, 833, 836, 837, 839 



May, 928 



Mayer, 1044 



Mayer's hemalum, 4l9 



Measurement of growth, methods, 517-20 



Mechanical agitation, effect on consistency, 

 47, 58 



Mechanical support, fibrils, 194 fF., 258 



Meiosis, gametic, 584-601; zygotic, 611- 

 14; conjugant, 624-39 (see also under 

 Conjugant meiosis) 



Meldrum, 372 



Meleney, 854 



Meleney and Frye, pathogenicity, 819, 820, 

 822, 825, 874 



Membranes, cell, 62, 64-66, 69; nuclear, 

 66 f . ; presence or absence of, surround- 

 ing contractile vacuoles, 67, 413-21, 

 441; division into two types, 4l4; 

 physiological, 4l4 ff.; morphological, or 

 permanent, 414, 418, 419, 421 



Menendez, 878 



Menon et al., 875 



Mercier, 1033, 1046, 1054, 1056, 1057 



Mercier and Poisson, 895, 900 



Merton, 88, 219, 342 



Mesenchymal cells, 833; role in inflam- 

 mation, 836 



Mesnil, 1080 



Mesnil and Brimont, 870 



Mesosaprobic type, 5 



Messiatzev, 631 



Mestre, 519 



Metabolic influence, fibrillar complex, 258 



Metabolic waste products, 422 



Metabolism, activity and changes with, 18- 

 21, 35; see also Anaerobic, Basal, and 

 Respiratory, metabolism 



Metachromatic granules, 160, 162, 165 



Metallic impregnation methods, in iden- 

 tification of Golgi bodies, 138 



Metalnikov, 653 



Metazoa, comparison between metazoan 

 and protozoan cells, AA, 179-81 ; Golgi 

 bodies in cells, 140, 143 ; differences 

 between protozoan and metazoan or- 

 ganization, 191, 260; life cycles of Pro- 

 tozoa and, 565 ff., 581; analogies in sex 

 phenomena between Protozoa and, 

 583 f., 600; as parasites in Protozoa, 

 1010, 1093-95 



Metcalf, M. M., 33, 69, 115, 405, 406, 

 409, 435, 591, 893 



Metschnikoff, E., 208, 836, 1035, 1036, 

 1086 



Metopus circumlabens, fibrillar system, 

 247 



Meyen, 12, 413 



Meyer, A., 219 



Meyer, S. L., 950 



Meyerhof, quotient, 386, 389 



Meyers, E., l60, 161 



Meyers, E. C, 535 



Microdissection apparatus in study of 

 structure, 52 



"Micrographica" (Hookc), 9 



Micromanometer, 355; Cartesian diver 

 ultramicromanometer, 358 



Micronucleus during reorganization, 28, 

 29, 35 fF. 



Microphages, 836 



Microscope, discovery and development of, 

 9 



Migration, sterilization by, 455-60; com- 

 bined with dilution, 460-63 



Miller, 118, 705 



Mills, 540 



Milojevic, 604 



Milovidov, 161 



Minchin, 583, 787 



Minden, 1040, 1047, 1052, 1063; quoted, 

 1057 



Minkiewicz, 620 



Minnesota, University of, study of Amoeba 



p rote us, 592 



Mitchell, 539, 1042, 1048, 1049, 1050, 

 1051, 1052, 1058, 1073 



Mitochondria, 112-26; identification of, 

 112, 116; shape, 113; distribution, 115; 

 supposed universality and permanence 

 of, 116, 125, 432; composition, 118; 

 cellular respiration, 121, 122; functions 

 ascribed to, 122 ff.; not a homogeneous 

 group, 126; morphological relationship 

 between paraglycogen and, 155; chro- 

 midia associated with, 160, 161; uni- 

 versality of, rejected, 170, 173, 174; 

 function of carbohydrate storage accom- 

 plished by, 173; defined, 177; perma- 

 nence, 181; terms for, 432; relationship 

 to Golgi apparatus, 432, 437 



Mitotic mechanism, 44 



Miyashita, Y., 620, 621, 944, 957, 1025 



Mizuno, F., 521, 522, 526 



